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TitleElectrochemical Cell Design [electronic resource] / edited by Ralph E. White
ImprintBoston, MA : Springer US, 1984
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Descript 400 p. online resource


Design and Development of Electrochemical Chlor-Alkali Cells -- A Simple Model of a Diaphragm โ{128}{148} Type Chlorine Cell -- Design Principles for Chlorine Membrane Cells -- Hydroxyl Ion Migration, Chemical Reactions, Water Transport and Other Effects as Optimizing Parameters in Cross-, Co- and Countercurrently Operated Membrane Cells for the Chlor/Alkali Electrolysis -- Hydraulic Modelling as an Aid to Electrochemical Cell Design -- Calculating Mechanical Component Voltage Drops in Electrochemical Cells -- Electrolysis Cell Design for Ion Exchange Membrane Chlor-Alkali Process -- Experiences with a Bench-Scale Electrochemical Plant -- Economic Driving Force in Electro-Organic Synthesis -- Design of SU Modularized Electrochemical Cells -- Electrochemical Techniques for the Extraction of Heavy Metals in Industry: Concepts, Apparatus and Cost -- The Design and Application of Rotating Cylinder Electrode Technology to Continuous Production of Metal -- Shunt Current Control in Electrochemical Systems โ{128}{148} Theoretical Analysis -- Shunt Current Control Methods in Electrochemical Systems โ{128}{148} Applications -- A Simple Model of Exxonโ{128}{153}s Zn/Br2 Battery -- A Finite Element Model of Bipolar Plate Cells -- Changes in Overall Ohmic Resistance Due to Migration/Diffusion of Electrolytes -- Mathematical Model for Design of Battery Electrodes: Lead-Acid Cell Modelling -- Extension of Newmanโ{128}{153}s Numerical Technique to Pentadiagonal Systems of Equations

Mathematics Chemical engineering Topology Manifolds (Mathematics) Complex manifolds Mathematics Topology Industrial Chemistry/Chemical Engineering Manifolds and Cell Complexes (incl. Diff.Topology)


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